The development of an explosively driven hypervelocity gas gun Final report
Explosively driven hypervelocity gas gun development
GAS GUN↗
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Results for “Hypervelocity”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Effect of Target Material Yield Strength on Hypervelocity Perforation and Ballistic Limit
Viscoplastic flow theory in hypervelocity projectile perforation analyses of thin plates
VISCOPLASTIC FLOW↗
Measurements of shock wave pressures generated by hypervelocity impacts in aluminum
Pressure measurements for shock waves generated by hypervelocity impacts of aluminum spheres into aluminum targets
SHOCK WAVE↗
Effects of recent NASA-ARC hypervelocity impact results on meteoroid flux and puncture models
Hypervelocity impact data used to derive formula for meteoroid flux and penetration of metal target sheet
METEORITIC DAMAGE↗
Results of hypervelocity impacts into space radiator materials.
Hypervelocity impacts into space radiator materials, discussing material evaluation for waste heat shield
HYPERVELOCITY IMPACT↗
Explosive compression and acceleration of helium for hypervelocity applications.
Glass tube containing pressurized helium progressively imploded by coaxial explosive charge, considering application to hypervelocity guns
HELIUM↗
Explosive gas guns for hypervelocity acceleration.
Explosive gas guns for hypervelocity acceleration
HYPERVELOCITY ACCELERATOR↗
Design and construction of a helium gas gun for hypervelocity impact.
Helium gas gun for studying penetration and shock reflection from hypervelocity impact
GAS GUN↗
Theoretical prediction of momentum and energy accommodation for hypervelocity gas particles on an ideal crystal surface.
Momentum and energy accommodation for hypervelocity gas particles on crystal surface, using Lennard Jones potential and approximating lattice by system of independent forced harmonic oscillators
FACE CENTERED CUBIC /FCC/ CRYSTAL↗
Experimental research on hypervelocity cratering by microscopic particles
Hypervelocity cratering by microscopic particles
PARTICLE SIZE↗
Analytical study of the fracture of liquid- filled tanks impacted by hypervelocity particles
Shock waves in water and stress waves in tank walls of water-filled fuel tanks impacted by hypervelocity particles
FUEL TANK↗
An application of the method of matched asymptotic expansions to ordinary and optimal problems in hypervelocity flight dynamics
Matched asymptotic expansion method applied to ordinary and optimal trajectory problems in hypervelocity flight dynamics
SERIES EXPANSION↗
An application of matched asymptotic expansions to hypervelocity flight mechanics
Application of matched asymptotic expansions to hypervelocity flight mechanics
EXPANSION↗
Meteoroid and hypervelocity impact physics research at MSFC
Meteoroid and hypervelocity impact criteria for spacecraft design study
SPACECRAFT DESIGN↗
Projectile size effects on hypervelocity impact craters in aluminum
Projectile size effects on hypervelocity impact craters in aluminum
PROJECTILE CRATERING↗
Hypervelocity impact craters in pumice
Hypervelocity impact cratering in pumice and dependence on projectile momentum
MOMENTUM↗
Results of recent microparticle hypervelocity impact studies related to sensors of cosmic dust experiments.
Sensors used in cosmic dust experiments studied for response to microparticle hypervelocity impacts, noting relationship to velocity
PARTICLE MOTION↗